TM 11: Task 4 #21
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TM 11: Task 4 #21
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…and adjust growth by mode - Implement linear increase of pressure and temperature based on normalized speed ratio. - Add mode-dependent growth factor (eco|normal|speed) to control how fast pressure and temperature rise. - Ensure values remain within min/max limits to avoid unrealistic sensor outputs.
…ion completion - Fixed a race condition where tests and other processes could start before the configuration process had fully completed by introducing a shared channel-based synchronization mechanism. - Also refactored another initialization flow to use the same signaling strategy for consistency across components.
…ation Refactored the logging system to replace the single global logger with dedicated loggers for main, data, and command outputs. Each logger now writes to its own directory and automatically rotates files after reaching the configured line limit.
- Added structured [INFO]/[ERROR] log format across components. - Added startup logs for Hub, Consumer, and Generator. - Added connection logs for UDP, TCP, and WebSocket.
- Rename ResultData fields - Change WebSocket port from 10000 to 3000 in config - Add structured logging with [INFO]/[ERROR] tags across hub and generator
…software-H11 into backend/vasyl_task4
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Summary
Final integration of the vehicle telemetry system — combines Generator, Hub, Consumer, and WebSocket Frontend into a complete real-time telemetry and control platform with live visualization.
Implementation
model.SensorData(speed, pressure, temperature) atsensor.intervalMilliSeconds; reacts toCommandinputs (start,stop,accelerate,mode) and produces aggregatedmodel.ResultDatasummaries via concurrent fan-out/fan-in processing.ResultDatato Frontend (WebSocket) and Consumer (UDP).Commandmessages from the Frontend to Generator (via channel) and Consumer (via TCP)..jsonlfiles underlogs/data/andlogs/commands/, rotating afterlogger.maxLines.config.LoadConfig()loads sensor ranges, processing windows, ports, mode ratios, and log rotation rules fromconfig.json.cmd/app/main_test.gosimulates frontend interactions — connects via WebSocket, issues control commands, validates telemetry flow, and records session logs.start.shlaunches both backend (go run ./cmd/app/main.go) and frontend (npm run dev) for unified local development.